Shadow_Roky

The recent silence from the Dev is about to come to an end, as he is nearly finished with the fixes he needed to make. An update is coming soon, which is expected to clear up a lot of speculation on its own. Let’s stay tuned and expect it. From the QNET desk. Signed 🐺

Note: dApps that will be built on QRC-20 inherit post-quantum security from the base layer automatically. A developer building any form of decentralised application on QNET does not need to implement quantum resistance themselves. The chain handles it. That removes a significant technical burden and future-proofs applications without requiring developers to become cryptographers. The dApp categories that I feel make most sense on QNET architecture First, I’d like to remind you that the QNET developer himself stated that he plans to hire developers to build a DEX and exchange infrastructure. That is one of the clearest clues about the kind of dApps that could emerge on QNET. This isn’t speculation, it’s something the developer has publicly said. More importantly, a quantum-resistant exchange is something the world does not currently have. As quantum computing continues to advance, the need for financial infrastructure that can withstand future quantum attacks becomes increasingly important. A quantum-resistant exchange would be a significant step toward addressing that challenge. Secondly as the same any type of Financial infrastructure requiring long term security. where the assets being managed need to remain secure not just today but for decades. Most classical blockchain cannot honestly make that promise but QNET can. Thirdly, @tuminabeom mentioned that it would be wonderful to make small payments through QNET, and @luboss302 has also hinted at this some times ago discussing about AIgents. It’s another interesting angle to consider. Micropayment platforms are one example. Considering the fee structure that has been discussed, applications involving content monetization, streaming payments, and machine-to-machine transactions that require both low fees and high throughput could fit naturally within the ecosystem. Digital identity and credential systems are another possibility. Government-issued documents, professional certifications, and healthcare records could benefit from quantum-resistant signatures that ensure identity data remains secure even as computing power advances. These are use cases that governments and institutions will eventually need, and they align well with QNET architecture. Privacy-preserving applications also present an opportunity. Not privacy chains that conceal everything, but applications where specific data requires cryptographic protection that can withstand future quantum computing advances. Medical records, legal documents, and financial data are all examples that fit this category. Cross-border payment infrastructure is another area worth considering, particularly in regions with limited banking access where mobile-first participation and low fees can make QNET genuinely accessible rather than merely theoretically accessible. And many more. Virtually any kind of dApp can be built on QNET through QRC-20, and that is perhaps the most interesting point of all. These are just a few examples.

QNET BLOCKCHAIN @AIQnetLab THE SMALLEST UNIT OF VALUE: WHY QNET FEE STRUCTURE MATTERS FOR REAL WORLD ADOPTION Thread 🧵👇 One of the most underappreciated problems in blockchain is not security or speed. It is cost. Specifically the cost of moving small amounts of value. And why that single problem has prevented blockchain from becoming genuinely useful for everyday transactions despite over fifteen years of development.